This paper surveys and discusses the state-of-the-art of integrated switched-capacitor and
inductive power converters. After introducing applications that drive the need for integrated …

Bulky off-chip inductors are predominantly adopted for inductive-based step-up DC-DC
converter in RF energy harvesting (RFEH) systems, which impose a restriction in physical …

A wide-input/output-voltage-range buck converter with adaptive light-load efficiency
improvement and seamless mode transition for high-voltage applications is presented in this …

A 100-MHz PWM fully integrated buck converter utilizing standard package bondwire as
power inductor with enhanced light-load efficiency which occupies 2.25 mm 2 in 0.13-μm …

In today's fully-integrated converters, the integrated LC components dominate the chip-area
and have become the major limitation of reducing the cost and increasing the current …

A 10/30 MHz voltage-mode controlled buck converter with a wide duty-cycle range is
presented. A high-accuracy delay-compensated ramp generator using only low-speed …

This paper presents a modified Dickson converter to achieve wide input range capacitive
DC-DC converters. Several implementations are carefully studied and compared, which …

A fully on-die, digitally controlled, 500MHz switching, 250mA rated output buck Voltage
Regulator (VR) implemented in 22nm Tri-Gate CMOS is presented. The silicon measured a …

Granular power delivery with per-core regulation for microprocessor power delivery has the
potential to significantly improve the energy efficiency of future data centers. On-chip …

This paper presents an adaptive all-digital ripple mitigation technique for fully integrated
capacitive dc-dc converters. Ripple control is achieved using a two-pronged approach …